2021 Korea Astronomy Machine Learning

→ Asia/Seoul
University of Seoul, NSRI(Natural Science Research Institute)

University of Seoul, NSRI(Natural Science Research Institute)

University of Seoul 163 Seoulsiripdaero, Dongdaemun-gu, Seoul 02504 KOREA
Inkyu Park (University of Seoul)
Description

Dear all,

We are pleased to announce the next meeting in the Korea Astronomy Machine Learning (KAML) series. It will take place on 6th April, hosted by the University of Seoul (서울시립대학교). This meeting is part of a seres where astrophysics researchers, who are keen to make use of machine learning in their research, can meet to discuss, learn new techniques, and create new projects.

These meetings are open to anyone, even those who have not previously attended such a meeting. The next meeting will introduce the KAML meetings, and include new opportunities for projects or collaborations. It will also include two review talks by Dr Min-Su Shin and Dr Ryan Keeley (KASI). These reviews will be aimed at the machine learning novice, who is keen to learn more.

The meeting will be hosted by the University of Seoul, but participants can also join online using Zoom.

https://uos-ac-kr.zoom.us/j/8264902652

Inkyu Park / David Parkinson / Sungwook E. Hong
Participants
    • 1
      Welcome Remark (David Parkinson & Inkyu Park)
    • 2
      Applications of Machine Learning Algorithms and their Challenges in Astronomy

      Astronomy has a long history of exploiting modern hardware architectures and algorithms in its data analysis research. The most recent trend includes applications of cutting-edge machine learning algorithms. In this talk, I will introduce several application cases of machine learning algorithms, focusing on data science with big survey data, and some challenges and problems in these applications will be presented with some possible ways to tackle these issues.

      Speaker: Minsu Shin
    • 3
      Gaussian Process Regression in Cosmology

      Gaussian process regression is a data driven statistical tool that is useful for both reconstructions and model selection. Especially in this era of precision cosmology where tensions abound, this example of model-independent statistical methods can be crucial for identifying the new physics or systematics that is the explanation for the tensions. In this talk I will review the formalism of Gaussian process regression. In particular, I will discuss the “dos and donts” of this statistical tool and point out common pitfalls and how to avoid them. Further, I will discuss recent interesting cosmological results found using Gaussian process regression.

      Speaker: Ryan Keeley
    • 4
      Break
    • 5
      Discussion #1 : Summary of previous KAML projects
    • 6
      Discussion #2 : New KAML collaborational projects